War Card Game

This is a version of the card game War, and it is also my final Python A project.

# War Card game # A player wins if they gain 52 cards or have more cards after 5 rounds. These amounts can be adjusted if needed. # There are 2 checks placed in the code for player and opponent deck contents, these show the movement of cards. # A tie breaker within a tie breaker is decided with a coin flip in this version of the game. from random import randint total_cards = ["2", "2", "2", "2", "3", "3", "3", "3", "4", "4", "4", "4", "5", "5", "5", "5", "6", "6", "6", "6", "7", "7", "7", "7", "8", "8", "8", "8", "9", "9", "9", "9", "10", "10", "10", "10", "11", "11", "11", "11", "12", "12", "12", "12", "13", "13", "13", "13", "14", "14", "14", "14"] player_cards = [] opponent_cards = [] for x in range(0, 26): y = 51-x card_number = randint(0, y) card = total_cards[card_number] player_cards.append(card) total_cards.pop(card_number) for x in range(0, 26): y = 25-x card_number = randint(0, y) card = total_cards[card_number] opponent_cards.append(card) total_cards.pop(card_number) print("player") print(player_cards) print("opponent") print(opponent_cards) # This is a check to see the starting moves, feel free to remove if using the code. p = len(player_cards) o = len(opponent_cards) moves = 0 while p != 52 and o != 52 and moves < 5: p_card = int(player_cards[0]) o_card = int(opponent_cards[0]) print("You have placed down a ", p_card) print("The opponent has placed down a ", o_card) moves = moves + 1 if p_card > o_card: continue_playing = input("Your card is higher, take all cards and keep playing? Enter yes to continue: ") if continue_playing == "yes": player_cards.append(str(o_card)) player_cards.pop(0) player_cards.append(str(p_card)) opponent_cards.pop(0) elif o_card > p_card: continue_playing = input("Your card is lower, give opponent cards and keep playing? Enter yes to continue: ") if continue_playing == "yes": opponent_cards.append(str(p_card)) opponent_cards.pop(0) opponent_cards.append(str(o_card)) player_cards.pop(0) elif o_card == p_card: continue_playing = input("The cards are the same, time for a tie-breaker? Enter yes to continue: ") if continue_playing == "yes": print("You and the opponent place 3 cards face down and one face up. Lets see who wins the war!") p_card1 = player_cards[1] p_card2 = player_cards[2] p_card3 = player_cards[3] p_card4 = int(player_cards[4]) o_card1 = opponent_cards[1] o_card2 = opponent_cards[2] o_card3 = opponent_cards[3] o_card4 = int(opponent_cards[4]) print("You place down a ", p_card4, "and your opponent has placed down a ", o_card4) if p_card4 > o_card4: print("Congrats! You won the war and gain a ", o_card1, o_card2, o_card3, "and", o_card4) player_cards.pop(0) player_cards.pop(1) player_cards.pop(2) player_cards.pop(3) player_cards.pop(4) player_cards.append(str(p_card)) player_cards.append(str(p_card1)) player_cards.append(str(p_card2)) player_cards.append(str(p_card3)) player_cards.append(str(p_card4)) opponent_cards.pop(0) opponent_cards.pop(1) opponent_cards.pop(2) opponent_cards.pop(3) opponent_cards.pop(4) player_cards.append(str(o_card)) player_cards.append(str(o_card1)) player_cards.append(str(o_card2)) player_cards.append(str(o_card3)) player_cards.append(str(o_card4)) elif o_card4 > p_card4: print("You lost the war, your opponent gains a ", p_card1, p_card2, p_card3, "and", p_card4) opponent_cards.pop(0) opponent_cards.pop(1) opponent_cards.pop(2) opponent_cards.pop(3) opponent_cards.pop(4) opponent_cards.append(str(o_card)) opponent_cards.append(str(o_card1)) opponent_cards.append(str(o_card2)) opponent_cards.append(str(o_card3)) opponent_cards.append(str(o_card4)) player_cards.pop(0) player_cards.pop(1) player_cards.pop(2) player_cards.pop(3) player_cards.pop(4) opponent_cards.append(str(p_card)) opponent_cards.append(str(p_card1)) opponent_cards.append(str(p_card2)) opponent_cards.append(str(p_card3)) opponent_cards.append(str(p_card4)) elif o_card4 == p_card4: print("Wow, another tie! You placed a ", p_card4, "and your opponent placed a ", o_card4, ".") p_coin = input("Lets decide this one with a coin flip. Heads or tails? ") continue_playing = input("Would you like to keep playing? Enter yes to continue: ") coin = randint(1, 2) if coin == 1 and p_coin == "heads" and continue_playing == "yes": print("You won the coin flip and gain the cards!") player_cards.pop(0) player_cards.pop(1) player_cards.pop(2) player_cards.pop(3) player_cards.pop(4) player_cards.append(str(p_card)) player_cards.append(str(p_card1)) player_cards.append(str(p_card2)) player_cards.append(str(p_card3)) player_cards.append(str(p_card4)) opponent_cards.pop(0) opponent_cards.pop(1) opponent_cards.pop(2) opponent_cards.pop(3) opponent_cards.pop(4) player_cards.append(str(o_card)) player_cards.append(str(o_card1)) player_cards.append(str(o_card2)) player_cards.append(str(o_card3)) player_cards.append(str(o_card4)) elif coin == 2 and p_coin == "tails": print("You won the coin flip and gain the cards!") player_cards.pop(0) player_cards.pop(1) player_cards.pop(2) player_cards.pop(3) player_cards.pop(4) player_cards.append(str(p_card)) player_cards.append(str(p_card1)) player_cards.append(str(p_card2)) player_cards.append(str(p_card3)) player_cards.append(str(p_card4)) opponent_cards.pop(0) opponent_cards.pop(1) opponent_cards.pop(2) opponent_cards.pop(3) opponent_cards.pop(4) player_cards.append(str(o_card)) player_cards.append(str(o_card1)) player_cards.append(str(o_card2)) player_cards.append(str(o_card3)) player_cards.append(str(o_card4)) else: print("You lost the coin flip and your opponent gains the cards.") opponent_cards.pop(0) opponent_cards.pop(1) opponent_cards.pop(2) opponent_cards.pop(3) opponent_cards.pop(4) opponent_cards.append(str(o_card)) opponent_cards.append(str(o_card1)) opponent_cards.append(str(o_card2)) opponent_cards.append(str(o_card3)) opponent_cards.append(str(o_card4)) player_cards.pop(0) player_cards.pop(1) player_cards.pop(2) player_cards.pop(3) player_cards.pop(4) opponent_cards.append(str(p_card)) opponent_cards.append(str(p_card1)) opponent_cards.append(str(p_card2)) opponent_cards.append(str(p_card3)) opponent_cards.append(str(p_card4)) # This is another check to see how the content of the decks has changed during the round. print(player_cards) print(opponent_cards) p = len(player_cards) o = len(opponent_cards) if p > o: print("You have won the game!") elif o > p: print("You lost, the opponent won this game.") else: print("You and the opponent have tied.")

Rock Paper Scissors

This is a typical game of rock paper scissors coded using python.

# Rock Paper Scissors from random import randint loop = input("Do you want to play rock paper scissors? Enter yes or no: ") while loop != "no": number = randint(0, 2) plays = ["rock", "paper", "scissors"] opponent = plays[number] play = str(input("Type in either rock, paper or scissors: ")) if (play != "rock") and (play != "paper") and (play != "scissors"): print("You may have misspelled a word") elif play == opponent: print("Tie! ") elif opponent == "rock": if play == "scissors": print("You lose, rock beats scissors. ") elif play == "paper": print("You win, paper beats rock. ") elif opponent == "paper": if play == "rock": print("You lose, paper beats rock. ") elif play == "scissors": print("You win, scissors beats paper") elif opponent == "scissors": if play == "rock": print("You win, rock beats scissors") elif play == "paper": print("You lose, scissors beat paper") loop = input("Do you want to play again? Enter either yes or no: ") print("Thanks for playing!")

Hangman Game

This is a typical hangman game that is coded using python and uses turtle for the graphical aspects.

# Hangman from random import randint import turtle s = turtle.getscreen() t = turtle.Turtle() t.shapesize(1, 1, 1) t.penup() t.goto(-250, -220) t.pendown() t.goto(-190, -220) t.penup() t.goto(-220, -220) t.pendown() t.goto(-220, 220) t.goto(0, 220) t.goto(0, 170) number = randint(0, 19) words = ["tiger", "television", "cinnamon", "racetrack", "lemonade", "closet", "leopard", "smoothie", "strawberry", "snowman", "pineapple", "counter", "coyote", "sewing", "movement", "paradox", "computer", "eighteen", "musical", "fantastic"] word = words[number] length = len(word) wrong_guesses = [] x = "_" underscore_list = [] for i in range(length): underscore_list.append(x) while len(wrong_guesses) < 6 and "_" in underscore_list: letter_guess = input("Input a letter you think is in the word: ") indexes = [index for index, element in enumerate(word) if element == letter_guess] if letter_guess in word: print("Nice job, that is one of the letters in the word!") for i in range(0, len(indexes)): place = indexes[0] indexes.remove(indexes[0]) underscore_list[place] = letter_guess else: wrong_guesses.append(letter_guess) print("That letter is not in the word, keep trying :)") guesses_left = 6 - len(wrong_guesses) if len(wrong_guesses) == 1: t.penup() t.goto(0, 110) t.pendown() t.circle(30) elif len(wrong_guesses) == 2: t.goto(0, -20) elif len(wrong_guesses) == 3: t.penup() t.goto(0, 90) t.pendown() t.goto(-50, 70) elif len(wrong_guesses) == 4: t.penup() t.goto(0, 90) t.pendown() t.goto(50, 70) elif len(wrong_guesses) == 5: t.penup() t.goto(0, -20) t.pendown() t.goto(-55, -70) print("You have", guesses_left, "wrong guesses left") print("These are the correct letters in the word you have guessed so far: ", underscore_list) print("These are the letters that are not in the word:", wrong_guesses) if "_" not in underscore_list: print("Nice job, you guessed the word and won the game!") elif len(wrong_guesses) == 6: t.penup() t.goto(0, -20) t.pendown() t.goto(55, -70) t.penup() t.goto(-15, 145) t.pendown() t.goto(-10, 140) t.penup() t.goto(-10, 145) t.pendown() t.goto(-15, 140) t.penup() t.goto(15, 145) t.pendown() t.goto(10, 140) t.penup() t.goto(10, 145) t.pendown() t.goto(15, 140) print("You have no more wrong guesses left, this game is lost :(") turtle.done()
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